A biochemist analyzes organic substances to determine chemical composition or reactions. Duties include conducting experiments, developing theories regarding the effects of chemicals on living organisms, testing samples that are provided by other scientists, designing programs to create new drugs, performing quality control tests for products, and analyzing data generated from experimental results. The top skills for this position are problem-solving abilities, critical thinking and reasoning skills, science knowledge and research experience, laboratory experience, and technical training. A doctoral degree is required along with a license as a medical laboratory director or medical technologist.
The Best Biochemistry Resume Samples
These are some examples of accomplishments we have handpicked from real Biochemistry resumes for your reference.
- Developed and formulated an automated, high throughput, in-vitro Zika Virus Emergency Use Authorization (EUA) immunoassay to combat the current public health crisis.
- Assessed various antigens, magnetic particles, fluorescent markers, and protein-based buffer formulations for sequestration and detection of human Zika Virus NS1 antibodies.
- Supported research leading to an $8.9 million grant by the U.S. Department of Health and Human Services’ Biomedical Advanced Research and Development Authority (BARDA) for further development of a Zika Virus IgM immunoassay for the FDA’s 510(k) submission process.
- Achieved highest awards in undergraduate research, including National Science Foundation Young Investigator, Sigma Xi, and Phi Kappa Phi.
- Developed independent research projects in biochemistry and microbiology. Learned to work across disciplines as a servant-leader of the research lab.
- Isolated human PBMC (peripheral blood mononuclear cell) from Ampligen patients and evaluated natural killer cells cytotoxicity and degranulation using flow cytometry and ELISA assays.
- Trained in cGMP (current good manufacturing practice) documentation and regulations and GLP compliance of the laboratory.
- Maintained general laboratory inspection for QC and R&D departments.
- Learned to work with a team of other scientists, collaborating on ideas and developing innovative solutions for experimental problems.
- Integrated knowledge from the humanities through class discussions with colleagues outside of science.
- Readily transitioned between projects and platforms at various development stages, rapidly becoming accustomed to new systems and procedures while effectively working with new team members.
- Assisted the Technical Lead with generating DOE’s for feasibility studies.
- Provided regular out-briefs to management and implemented feedback into the future design of experiments.
- Played music professionally for two years as a singer-songwriter after moving from Georgia to Texas at age 27 due to marriage troubles.
- Conducted investigations and experiments on how different solutions affect the activity of enzymes within the human body.
- Experience with patient sample (serum and plasma) preparation and handling, reagent and buffer preparation, and testing on clinical instrumentation.
- Analysis of resultant data using standard statistical techniques to meet or optimize current assay specifications.
- Experience conducting root cause analysis in collaboration with manufacturing for failure to meet assay design specifications using DOE methodology.
- Experience with writing project reports for submission at the end of pre-feasibility, feasibility, verification, and validation phases of assay development.
- Used theories from organic chemistry and biochemistry to develop new pharmaceutical agents.
- Oversee the maintenance and functionality of immunoassay systems, specifically the ADVIA Centaur and ADVIA CP, in the Immunochemistry Department.
- One of only three operators within the Validation Group of the Department with operating access of systems to complete projects.
- Scope of responsibility extends to validating immunoassay systems that are used to test for various medical conditions such as infectious diseases (hepatitis B), fertility, thyroid problems (Thyroid Stimulating Hormone), STDs, allergies (IgE antibody), and cardiovascular problems.
- Evaluated the effect of temperature, light, and oxygen on in vitro growth of several microorganisms.
- Gained knowledge about newly discovered compounds during research at the National Institutes for Health.
- Led technical efforts to develop in-vitro diagnostic assays on automated instruments including assay design, reagent formulation, and assay parameter development.
- Conduct design verification/validation studies according to quality procedures and prepared data summaries for regulatory submissions to the regulatory agencies such as FDA and CFDA.
- Work as part of an interdisciplinary R&D team in the development of new automated instrumentation.
- Obtained knowledge of physiological effects of steroids upon microorganisms during the third-year summer internship at Merck Laboratories.
- Consistently contributed to various projects of over $14,000,000 with a first author’s publication in a peer-reviewed scientific journal.
- Work closely with the Assay Development group and performed a variety of laboratory procedures using an automated analyzer system.
- Analyze results and data using Datajak software and other electronic software.
- Responsible for maintaining the automated system and troubleshooting problems that may occur.
- Supported immunoassay development, analysis, verification studies, method comparison, and stability studies.
- Explored the molecular mechanisms by which the father of infectious diseases (AIDS and HIV) persists in the host. The research produced new insights into the molecular basis of viral pathogenesis.
- Responsible for assay development/validation for performance evaluation of evacuated blood collection tubes.
- Assessment of pre-analytical quality of human serum and plasma to develop an understanding of product performances.
- Assisted in assessing technology feasibility and material specification for new product development with a focus on Vacutainer brand blood collection devices.
- Performed research in areas of functional cell analysis such as cell growth, metabolic activity, and cell signaling.
- Identified novel inhibitors for cellular stress responses in eukaryotic cells. This work demonstrated a novel mechanism of action for several compounds already known to have pharmacological effects.
- Designed and conducted experiments on automated instruments for analysis of assay performance, assay robustness, and stability to create better Immunoassays for the market.
- Analyzed and summarized data to create final reports of the performed studies.
- Conducted Commercial Product Support experiments to find a new Antibody for coating beads with and a new reagent to be used in the Immunoassay.
- Probed the domains of the viral envelope protein critical for viral entry. This work demonstrated that alteration in a single amino acid can completely change a protein’s function, even though it is only three amino acids away from the protein’s known active site.
- Experimented with novel mechanisms of immunotherapy for HIV-1 by identifying the cellular pathways responsible for HIV-1 persistence within macrophages.
- Microbial inoculations for the development and maintenance of axenic cultures.
- Media preparations for microbial growth and cultured pure colonies through serial transfers.
- Conducted and monitored shake flask experiments, followed by continuous assay techniques for spectroscopic analysis of enzymes.
- Initiated and completed research on chemical bonding of proteins, enzymes, and DNA; investigated the relationship between gene expression and protein function.
- Collaborated with a team of scientists from several medical, chemistry, engineering, and computer science laboratories to create a new method for protein detection.
- Established protocol for quality control of biological products such as endotoxin testing.
- Optimized the protocol of neuronal medium to promote the growth of normal human neurons in vitro.
- Performed basic techniques to make products including RNA/DNA isolation, cDNA synthesis, carried out ELISA to test protein product’s performance.
- Trained a new Research Assistant in GLP and various bench skills, such as operating pH meter and aseptic techniques.
- Presented scientific findings at the all-day symposium, presented evidence of research merit at grant proposal review panel meeting.
- Processed B-Elispot and T-Elispot Assays and analysis using Rhesus, mice, and rat test subjects.
- Designed and executed ELISA experiments working with both human and mouse IgG in a variety of sandwich assays.
- Carried out RNA extraction of human B Cells, antibody amplification using RT and TaqMan PCR, and analyzed cloning efficiency via agar gels and electrophoresis.
- Performed Ligation independent Cloning Experiments, and Blunt end cloning experiments, plating colonies to be sent off for sequencing.
- Served as an honoree for scientific achievement in the field of biomedical research by the state-wide university; received monetary award and certificate for excellence in science.
Resumes are a crucial aspect of any job search. In order to make a good first impression, it is important that your resume be formatted and written professionally.
Hope these samples gave you an idea of what your resume should look like and some tips on how to make sure that your resume stands out from the rest.